Coordinated Enhanced Observing Period see http://www.ceop.net (defunct) for more information Due to a change in the model version, this data continues experiment CEOP2_NCEP_MOLTS_RAW
Coordinated Enhanced Observing Period
see http://www.ceop.net (defunct) for more information Due to a new model version this data will be continued by experiment CEOP2_NCEP_MOLTS_RAW_B
The Inter-CSE Transferability Study (ICTS) contributes to transferability studies defined in CEOP (Coordinated Enhanced Observing Period). Several regional atmospheric models are used for simulations in
Datasets contain daily values for 41 MOLTS stations. Data from experiment CEOP_NCEP_MOLTS_RAW has been converted into netCDF files. Coordinated Enhanced Observing Period. See project summary for more information.
Datasets contain daily values for 41 MOLTS stations. Data from experiment CEOP_UKMO_MOLTS_RAW has been converted into netCDF files. Coordinated Enhanced Observing Period. See project summary for more information.
The Inter-CSE Transferability Study (ICTS) contributes to transferability studies defined in CEOP (Coordinated Enhanced Observing Period). Several regional atmospheric models are used for simulations in
The Inter-CSE Transferability Study (ICTS) contributes to transferability studies defined in CEOP (Coordinated Enhanced Observing Period). Several regional atmospheric models are used for simulations in
The Inter-CSE Transferability Study (ICTS) contributes to transferability studies defined in CEOP (Coordinated Enhanced Observing Period). Several regional atmospheric models are used for simulations in
The Inter-CSE Transferability Study (ICTS) contributes to transferability studies defined in CEOP (Coordinated Enhanced Observing Period). Several regional atmospheric models are used for simulations in
The Inter-CSE Transferability Study (ICTS) contributes to transferability studies defined in CEOP (Coordinated Enhanced Observing Period). Several regional atmospheric models are used for simulations in
MSC GEM (Global Environmental Multiscale model) Development version. Used in forecast and assimilation modes. (forecast +12 to +36, 9 steps for surface data,
Model Output Location Time Series (MOLTS) from Global Land Data Assimilation System (GLDAS) 1 degree simulation using CLM 2.0 land surface model, experiment 691. This simulation was forced by a combination